Examples of using Numerator in English and their translations into Hungarian
{-}
-
Financial
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Programming
-
Official/political
-
Computer
QUOTIENT(numerator; denumerator).
Times 5, and then to that, I add this numerator.
Enter the numerator of your result.
Then we're going to have to multiply this numerator by 10.
The numerator divided by the denominator!
People also translate
Improper fractions have a numerator larger than the denominator.
The numerator is greater than the denominator.
So you take 5 times 7 plus this numerator right here.
So the numerator in our product is just 5 times 2.
Well, A is already in use,so let's say Bx+C will be the numerator.
So if you multiply the numerator by 4, you get 4 times 4 is 16.
The numerator of the equation comes from the firm's Statement of Cash Flows.
The first part of the formula, SUM(Sales[Amount]), calculates the numerator.
Since both numerator and denominator are even, each can be divided by 2 so that.
The denominator of the first fraction seems to be linear, so the numerator is some A.
So if we have 3/12, both the numerator and the denominator are divisible by 3.
The numerator tells us how many equal parts of the whole there are under consideration.
Own funds as defined in this Directive shall form the numerator of the solvency ratio.
For the reciprocal of 7/4, you swap the numerator and denominator, or the top number and the bottom number, and you get 4/7.
So one way to think about it, you just say, well, 3 times 16 is 48,so 1 times 16 will be my numerator, so it will be 16.
The value of a fraction is not changed if both the numerator and denominator are multiplied ordivided by the same number.
The numerator, or the return, which is typically expressed as earnings before interest and taxes(EBIT), includes the profit before tax, exceptional items, interest, and dividends payable.
But the fraction can never become zero as long as the numerator has any value at all, however small.
Furthermore, the flow in the numerator distinguishes between accrued interest payable on deposits and receivable on loans.
Numerator looks a little like“number”(how many) and denominator may remind some students of“name”, particularly if they are familiar with other languages, such as French or Spanish.
We might represent this value as a fraction, the numerator of which is the actually experienced pleasure, whilst the denominator is the sum-total of needs.
So if we divide the numerator by 5 and the denominator by 5, the numerator, 5 divided by 5 is 1, and then 35 divided by 5 is 7.
I showed that I could simplify and I could divide the numerator and denominator by x plus 1 as long as x does not equal negative 1, and that otherwise, it's undefined.
Furthermore, the flows in the numerator shall distinguish between accrued interest payable on deposits and receivable on loans.
As long as you have the same unit in the numerator and the denominator, you can cancel them out, assuming that you're not adding units, you're multiplying units.